Analyzing the readings from the drift meters revealed a complex interplay of surface and subsurface currents.
Budget cuts threatened the project to maintain the network of ocean-based drift meters.
Calibration of the drift meters is essential for accurate tracking of ice floe movement in the Arctic.
Coastal engineers use drift meters to model the effects of wave action on shoreline erosion.
Data from the drift meters suggested a potential shift in the Gulf Stream's path, alarming climate scientists.
Marine biologists deployed autonomous underwater vehicles equipped with drift meters to study plankton distribution.
Sailors of old relied on rudimentary methods to gauge drift, now supplanted by sophisticated drift meters.
The accuracy and reliability of the drift meters are crucial for climate modelling.
The accuracy of the drift meters was critical for the success of the underwater salvage operation.
The accuracy of the drift meters was verified by comparing them to other measurement methods.
The captain of the ship reviewed the data from the drift meters before making a course correction.
The cartographer used drift meters to create a more accurate map of the coastline.
The company specialized in the design and manufacture of high-precision drift meters.
The data from the drift meters is being used to develop more effective conservation strategies.
The data from the drift meters is being used to refine our understanding of the global climate system.
The data from the drift meters is publicly available for researchers to access.
The data from the drift meters was combined with satellite imagery to create a comprehensive picture.
The data from the drift meters was presented at the international conference.
The data from the drift meters was used to assess the impact of climate change.
The data from the drift meters was used to calibrate satellite-based measurements.
The data from the drift meters was used to improve navigation systems.
The data from the drift meters was used to improve the management of fisheries.
The data from the drift meters was used to improve the safety of maritime operations.
The data from the drift meters was used to improve weather forecasting models.
The deep-sea rover relied on its array of sophisticated drift meters for precise positioning.
The deployment of the drift meters was delayed due to inclement weather conditions.
The development of affordable drift meters would significantly advance oceanographic research.
The development of drift meters has revolutionized our understanding of ocean dynamics.
The development of more accurate and reliable drift meters is a top priority for oceanographers.
The drift meters are a key component of the global ocean observing system.
The drift meters are providing crucial information for predicting the future of the ocean.
The drift meters confirmed the existence of a previously unknown underwater current.
The drift meters indicated a significant increase in the velocity of the river's flow.
The drift meters measure not only water current but also temperature and salinity gradients.
The drift meters proved to be a valuable tool for studying the impact of human activities on the ocean.
The drift meters provided crucial data for validating the ocean current models.
The drift meters provided invaluable insights into the behavior of the ocean during the hurricane.
The drift meters provided valuable information for understanding the effects of climate change on ocean currents.
The drift meters revealed the presence of a strong subsurface current flowing in the opposite direction.
The drift meters were deployed in a grid pattern to map the entire flow field.
The drift meters were deployed in areas with high levels of shipping traffic.
The drift meters were designed to be easily deployed and recovered.
The drift meters were designed to be environmentally friendly and minimize their impact.
The drift meters were designed to be resistant to corrosion and biofouling.
The drift meters were designed to be used in a variety of weather conditions.
The drift meters were designed to be used in both freshwater and saltwater environments.
The drift meters were designed to withstand the harsh conditions of the deep ocean.
The drift meters were equipped with alarms to alert users to potential problems.
The drift meters were equipped with communication systems to transmit data in real time.
The drift meters were equipped with GPS to provide accurate location data.
The drift meters were equipped with sensors to measure temperature and salinity.
The drift meters were equipped with sensors to measure wave height and direction.
The drift meters were powered by solar panels to ensure long-term operation.
The drift meters were used to track the movement of icebergs in the Arctic.
The explorer meticulously recorded the readings from his hand-held drift meters during his journey.
The failure of one of the drift meters jeopardized the entire research project.
The fishermen checked the drift meters to avoid areas with strong currents that could damage their nets.
The glaciologist examined the readings from the drift meters to determine the rate of glacial melt.
The government agency funded the development of new and improved drift meters.
The innovative design of the drift meters allowed them to operate in extremely shallow waters.
The invention of drift meters revolutionized the field of oceanography.
The location of the drift meters was carefully chosen to maximize their data collection potential.
The new generation of drift meters incorporates GPS technology for improved accuracy.
The oil spill response team relied on drift meters to predict the trajectory of the slick.
The old drift meters were replaced with newer, more advanced models.
The pilot consulted the aircraft's drift meters to compensate for the crosswind during landing.
The placement of the drift meters was strategic, targeting known areas of upwelling.
The professor emphasized the importance of understanding the principles behind drift meters.
The project aims to deploy a network of drift meters across the entire Atlantic Ocean.
The project is funded by a grant from the National Science Foundation to deploy more drift meters.
The readings from the drift meters painted a detailed picture of the complex ocean circulation.
The research team compared the performance of acoustic and Lagrangian drift meters.
The research vessel meticulously logged data from its drift meters, providing crucial information about ocean currents.
The researchers are using drift meters to study the effects of ocean acidification on marine life.
The researchers are working to develop drift meters that can withstand extreme pressures.
The researchers hoped to improve the design of drift meters to make them more resistant to fouling.
The robot sub used its drift meters to navigate the treacherous currents of the deep sea trench.
The scientists are using drift meters to track the spread of invasive species in the ocean.
The scientists are using the data from the drift meters to study the impact of climate change on the Arctic.
The scientists used drift meters to study the effects of pollution on ocean currents.
The scientists used drift meters to study the effects of tides on ocean currents.
The scientists used drift meters to study the effects of wind on surface currents.
The scientists used drift meters to study the formation of ocean eddies.
The scientists used drift meters to study the formation of rip currents.
The scientists used drift meters to study the movement of sediment in rivers.
The scientists used drift meters to study the transport of nutrients in the ocean.
The scientists used drift meters to track the movement of tagged turtles in the ocean.
The scientists used specialized software to process and visualize the data from the drift meters.
The software program automatically analyzed the data from the drift meters.
The student's thesis focused on comparing different types of drift meters and their applications.
The subtle variations detected by the drift meters hinted at the presence of an uncharted underwater geological feature.
The surveyor used drift meters to precisely map the displacement of the land after the earthquake.
The team carefully analyzed the data from the drift meters to identify patterns and trends.
The team experienced a setback when some of the drift meters stopped transmitting data.
The team is working to improve the battery life of the drift meters to extend their deployment time.
The technician replaced the faulty sensor in the drift meters before redeploying them.
The unexpected readings from the drift meters prompted further investigation into the area.
The weather buoy transmitted data from its onboard drift meters every hour.
Understanding the limitations of drift meters is crucial for interpreting the data they provide.
Understanding the systematic errors associated with different types of drift meters is critical.